Abstract
Concepts are described for regeneration of the intermediate liquid used for isotope exchange in indirect laser isotope separation processes where the laser operates on a process gas distinct from the feed stream. The specific case of regeneration of an exchange liquid consisting of water, sodium hydroxide, and dimethyl sulfoxide for a process to separate deuterium from hydrogen using laser irradiation of trifluoromethane gas is developed. A water feed stream is converted to steam which rises in a chemical process column where it redeuterates a descending flow of exchange liquid without causing significant changes in its chemical composition.
Citation Formats
Mader, D L.
Concept development of exchange liquid regeneration.
Canada: N. p.,
1985.
Web.
Mader, D L.
Concept development of exchange liquid regeneration.
Canada.
Mader, D L.
1985.
"Concept development of exchange liquid regeneration."
Canada.
@misc{etde_10128192,
title = {Concept development of exchange liquid regeneration}
author = {Mader, D L}
abstractNote = {Concepts are described for regeneration of the intermediate liquid used for isotope exchange in indirect laser isotope separation processes where the laser operates on a process gas distinct from the feed stream. The specific case of regeneration of an exchange liquid consisting of water, sodium hydroxide, and dimethyl sulfoxide for a process to separate deuterium from hydrogen using laser irradiation of trifluoromethane gas is developed. A water feed stream is converted to steam which rises in a chemical process column where it redeuterates a descending flow of exchange liquid without causing significant changes in its chemical composition.}
place = {Canada}
year = {1985}
month = {Aug}
}
title = {Concept development of exchange liquid regeneration}
author = {Mader, D L}
abstractNote = {Concepts are described for regeneration of the intermediate liquid used for isotope exchange in indirect laser isotope separation processes where the laser operates on a process gas distinct from the feed stream. The specific case of regeneration of an exchange liquid consisting of water, sodium hydroxide, and dimethyl sulfoxide for a process to separate deuterium from hydrogen using laser irradiation of trifluoromethane gas is developed. A water feed stream is converted to steam which rises in a chemical process column where it redeuterates a descending flow of exchange liquid without causing significant changes in its chemical composition.}
place = {Canada}
year = {1985}
month = {Aug}
}